141. FSU Jena:Department Of Mathematics And Computer Science Faculty of Mathematics and Computer Science. Research areas include algorithms and data structures, computational complexity, database and information systems, software engineering, programming languages, practical and technical computer science, digital image processing, and computer architecture. http://www.minet.uni-jena.de/english/

Studies Information Beginner's Guide Search ... Friedrich-Schiller-University Jena Department of Mathematics and Computer Science Organisation and Structure Studies Dean's Office Research Units and Chairs Computing Center Information Services ... ECTS News and Events Information Semester Dates Lectures at the Department / Timetables Lecture Information: Mathematics Computer Science Events Announcements ... Faculty / Staff Students' Union : Mathematics Computer Science Reports Statistics ... Deutsch This page was last modified on 02nd February, 2005 Webadmin

142. Fluidyn Software developed by Transoft International in the field of computational fluid dynamics, heat transfer, structural mechanics, environmental engineering and ground water pollution. http://www.fluidyn.com

var myUrl=""; var myUrl=""; Transoft in risk analysis for prestigious petroleum projects in South Asia Transoft announces software for analysis of ventilation and air conditioning systems fluidyn-VENTIL Transoft breaks ground in analysis of explosion cases Spécialiste mondial de la simulation numérique tridimensionnelle en Environnement en Risques Industriels et en Mécanique des fluides. A world leader in three dimensional computer simulation of Environment Industrial z Risks and Structural mechanics and Computational Fluid Dynamics problems. Home User Club Download Papers ... Evaluation studies Transoft International -B est viewed in IE 4.0 and above under 800x600 resolution.

143. Computer Science At Reading Part of the School of Computer Science, Cybernetics and Electronic engineering. Research groups Applied software engineering; computational vision group; Parallel emergent and distributed architectures. http://www.cs.rdg.ac.uk/

Skip Page Header and Navigation Computer Science at Reading School of Systems Engineering Quick Links School of Systems Engineering Subject Areas - Computer Science - Cybernetics - Electronic Engineering Research Groups - Applied Software Engineering - Cybernetic Intelligence - Interactive Systems Navigation Home About Us Latest News Undergraduate Courses ... Search Other Subject Areas Computer Science Cybernetics Electronic Engineering Search Search the Computer Science at Reading Website : UoR Home School of Systems Engineering Welcome to Computer Science at the University of Reading Welcome to Computer Science, part of the School of Systems Engineering at the University of Reading Computer science is one of the fastest advancing disciplines in the University, reflecting how computing has moved from traditional 'number crunching' to touch aspects of business and society in new and diverse ways. Computers now provide the hidden intelligence in complex technological systems such as automatic pilots and navigational aids, air conditioning or diagnostic aids for the medical profession, and a range of technologies and applications that we explore to ever-widening limits. Further information about Computer Science at Reading...

144. Department Of Computer Sciences (Univ. KL) -- Department Of Computer Sciences At Department of Computer Science. Research involves software components, algorithms, CAD, computer graphics, computational geometry, information management, computer networks, database and information systems, computer architecture, numerical algorithms, foundations of computer science and programming, communication systems, system software, robotics, artificial intelligence, software engineering, learning, programming languages and compiler constructions, and VLSI design. http://www.informatik.uni-kl.de/english/

Department of Computer Sciences of the University of Kaiserslautern This Website uses Frames. Your current browser does not support frames or its support is disabled. Please consider the use of the simplified presentation of our pages.

145. CSE computational Science and engineering (CSE), is an interdisciplinary area consistingof application area, computer science, and applied mathematics. http://www.tkk.fi/Opinnot/LTT/CSE.html

www.hut.fi/Opinnot/LTT/CSE.html In Finnish Computational Science and Engineering (CSE), is an interdisciplinary area consisting of application area, computer science, and applied mathematics. Its aim is to obtain new scientific information and technical practices using computational methods. These include mathematical models, simulation, optimization, together with interpretation and visualisation of data. CSE has become essential methodology in the development of most branches of science and technology. Now it has become also an important part of engineering education. At HUT an interdisciplinary CSE program has been set up. This MSc program starts from 3rd year of studies and is followed by a graduate program. Students from all degree programmes can apply to enter. CSE is considered as minor , though it consists of about 45 cr. (1 cr means approximately one week work.) It is hoped and expected that most fields of engineering will be represented in this program. Contents Teaching of the CSE program is given jointly by Institute of Mathematics, Laboratory of Computer and Information Science, Laboratory of Computational Engineering, and the Laboratory of Physics. The studies contain Tools of analysis, stochastic processes

146. Collaborative Computational Projects - Home Page Links to chemistry, physics, and engineering codes, many in Fortran. http://www.ccp.ac.uk/

Collaborative Computational Projects Home CCPN Other Projects SRRTNet CECAM The Collaborative Computational Projects (CCPs), assist universities in developing, maintaining and distributing computer programs and promoting the best computational methods. They are funded by the UK's EPSRC, PPARC and BBSRC Research Councils. Each focuses on a specific area of research. - The electronic structure of molecules - Continuum states of atoms and molecules - Simulation of physical and electronic properties of surfaces and interfaces - Protein crystallography - Computer simulation of condensed phases - Quantum molecular dynamics - Computational studies of the electronic structure of solids - Biosequence and structure analysis - High Performance Computing in Engineering - Fibre and polymer diffraction - Powder and small molecule single crystal diffraction CCPN - A collaborative computing project for the NMR community back to top

147. Thomas F. Stahovich Associate Mechanical engineering professor. computational Design Tools, Design, Artificial Intelligence. http://www.me.cmu.edu/people/faculty/stahovich.htm

SEARCH Thomas F. Stahovich TITLE Associate Professor AREAS Computational Design Tools, Design, Artificial Intelligence, Qualitative Reasoning, Knowledge-Based Systems. DEGREES B.S. 1988, University of California Berkeley, S.M 1990, Ph.D 1995, Massachusetts Institute of Technology Carnegie Mellon, 1996-. WEBPAGE Smart Tools Lab PHONE FAX EMAIL stahov@andrew.cmu.edu ADDRESS Carnegie Mellon University Mechanical Engineering Scaife Hall 415 5000 Forbes Avenue Pittsburgh, PA 15213 Professor Stahovich's research is in the area of design and artificial intelligence. His teaching interests include dynamics, vibrations, design, computer-aided design, and artificial intelligence. In his research, Professor Stahovich is creating intelligent software tools to support mechanical engineering design. Of particular interest are tools to enhance efficiency at the enterprise level, as well as at the level of individual designers. Current projects include: LearnIT, a system for capturing and preserving design procedures; RedesignIT, a system for managing design changes in large scale systems; and ExplainIT, a system for automatically documenting designs.

148. Redirect Mechanical engineering professor. Raymond P. Lane Professor. computational fluid dynamics and heat transfer. http://www.me.cmu.edu/people/faculty/amon.htm

149. WaterCom Engineering Offers software and computational and consulting services for hydrology, hydraulics, and related applications. Offers a CD with a large collection of useful programs. http://www.watercom.ca/

Water Resources Engineering Services Home Services Products Software Downloads ... Forums Our Mission Provision of water resources engineering services, promotion of affordable hydrologic and hydraulic software and dissemination of environmental information. Subscribe to mailing list more... Subscribe to hymo-users more... Subscribe to newsletter more... Contact Information E-mail: info@watercom.ca Telephone: Fax: Our Advantage Watercom Engineering focuses on the provision of Water Resources Engineering services. We present our clients with an alternative to hiring additional specialized full-time staff or establishing a Water Resources Department from scratch. Due to our reasonable rates and low overhead costs as a result of our unique operating strategy, we can provide you with a feasible solution to your staffing needs. Engineering Services Stormwater Management (for Land Development and Highway Design) Stream and Sewer Hydraulics Studies Software Development and Training Featured Software Products This collection of programs contains more than 40 popular water-related programs on a single CD. The programs provide an excellent learning and design tool for hydraulic and hydrologic theory and applications.

150. Department Of Chemical Engineering Pioneers in the technology of distillation the Department is highly diversified in each of the major subdisciplines of chemical engineering with current strengths in biomolecular, computational and nanoscale engineering. Offers program information, research, alumni, faculty and contact information. http://fenske.che.psu.edu/

151. Department Of Computer Science And Engineering Emphasizes the theoretical and practical application of computation and computer systems to the needs of society. Research interests cover the broad areas of architecture, computational theory, computer applications, and software systems. Offers programme and research information, faculty, facilities and contact details. http://www.cse.psu.edu/

152. Trinity College Dublin Computer Science Department. Research groups cover AI, computer architecture, computational linguistics, computer vision, image synthesis, robotics, information systems development, knowledge and data engineering, medical informatics and distributed systems. http://www.cs.tcd.ie/

153. Computer Science And Information Systems Department of Computer Science and Information Systems. Research areas include computer support for cooperative work , information systems engineering, computational linguistics, computational musicology, intelligent systems, humancomputer interfaces, localisation, multimedia, soft computing, and computational intelligence. http://www.csis.ul.ie/

The CSIS page can now be found at www1.csis.ul.ie If Your Browser Supports JavaScripts You Will Be Taken There Automatically Otherwise Click On Link Above Please update your links. Last updated : June 2005 e-mail : CSISwebeditor@ul.ie

154. Computational Science Education Project Homepage CSEP is an electronic book for teaching computational Science and engineering. The intended audience are students in science and engineering at the advanced undergraduate level and higher. http://csep1.phy.ornl.gov/

Computational Science Education Project CSEP is an electronic book for teaching Computational Science and Engineering. The intended audience are students in science and engineering at the advanced undergraduate level and higher. Tutorials for freely available networking and visualization software are included and have attracted a range of users, including high-school students and people from the commercial sector. Our principal server site is: http://www.phy.ornl.gov/csep Sponsored by U.S. Department of Energy

155. (China) Academy Of Sciences, Beijing Mathematics Mechanization Research Centre. Research areas automated reasoning, computational algebra and geometry, geometric engineering. http://www.mmrc.iss.ac.cn/english/home1.htm

156. Simulation Science At ORNL Simulation Science programs at Oak Ridge National Laboratory. Recent projects include Environmental Systems, engineering Applications, Physical and Chemical Sciences, Experimental Validation, computational Biology and Functional Genomics, and Nanotechnology and Neutron Sciences. http://www.csm.ornl.gov/newSS.html

ORNL : Simulation Science Environmental Systems We affect our environment and it affects us. To find out what those effects might be, ORNL researchers are using high-performance computing to study global and regional systems. Engineering Applications Our man-made environment of structures and vehicles is studied in detail at ORNL with physics-based modeling that can predict mechanical performance. Physical and Chemical Sciences Modeling of chemical processes is an important activity at ORNL, from design of new materials such as synthetic lubricants and alloys to the simulation of complex reactions such as bioremediation, combustion, and digestion. Experimental Validation Validation of many simulation models involves experimental testing on a physical model. For biological systems, much of this testing is done at ORNL Mouse House. Computational Biology and Functional Genomics ORNL's Life Sciences research covers all aspects of biology from the building blocks of life, DNA, genes and proteins, to the health and fitness of humans, using a sophisticated mosaic of advanced computing,and laboratory research. Nanotechnology and Neutron Sciences The finest level of detail brings us to neutron sciences and nanotechnology. ORNL models, designs, and builds devices that are used to detect structure at the atomic level and below.

157. Home Bachelor of engineering in Electrical and Computer engineering. Research interests are in distributed computational intelligence, intelligent transportation systems and 3D Vision. Currently pursuing Ph.D. with the National University of Singapore. http://chrischoy.netfirms.com

Web Hosting by Netfirms Free Domain Names by Netfirms Chris Choy Welcome to my homepage! I have finished my Ph.D. research finally and I am now busy job hunting! Last Update: 10th April, 2005 chrischoy@rocketmail.com Home Page About Page Photo Page ... Wedding Photos Objective and Interests: To contribute in areas of distributed computational intelligence research. Interests include distributed object computing, hybrid computational intelligence techniques, online-reinforcement learning and intelligent transportation systems. Working Experience: Jun 2001 - Jun 2005: National University of Singapore Research Scholar (undertaking the Doctor of Philosophy program for Electrical and Computer Engineering) Some of the tasks undertaken during the duration of my Ph.D. research: - Prepare teaching materials for postgraduate course EE6701, Evolutionary Computation - Undertook the role of project consultant for undergraduate module, EE4201, Knowledge-based Systems - Carried out the design and implementation of laboratory experiments for EG1108 Electrical Engineering - Performed laboratory demonstration and supervision duties for EG1108 Electrical Engineering - Present numerous seminars both in Singapore as well as overseas (international conferences) - Assist in the review of international publications Jan 2000 - Jun 2000: IT Analyst with Chartered Semiconductor Manufacturing Ltd (Industrial Attachment) Experience Gained: Working under deadlines for various bespoke software projects. Responsibility as a contributing team member and independent decision making.

158. CRSC Home Specializes in computational science, engineering and applied mathematics. At North Carolina State University. http://www2.ncsu.edu/math/CRSC/

The Center for Research in Scientific Computation (CRSC) is a formally recognized, multidisciplinary center administered by North Carolina State University. Its purpose is to foster research in scientific computing and provide a focal point for research in computational science, engineering and applied mathematics. Graduate education as well as posdoctoral research opportunities are also a major focus of CRSC faculty and staff. Research Activities Graduate Studies Upcoming Events Recent Events ... MURI Center for Research in Scientific Computation Box 8205 North Carolina State University Raleigh, NC 27695-8205 Voice: (919) 515-5289 Fax: (919) 515-1636 Email: crscinfo@lists.ncsu.edu

159. CCEML Includes general information about the center, operated by the Department of Electrical and Computer engineering, plus an overview of the research activities. http://www.ccem.uiuc.edu/

160. Center For Simulation Of Advanced Rockets (CSAR) Affiliated with the computational Science and engineering program. Includes information about the center plus online resources for researchers. http://www.csar.uiuc.edu/

About CSAR 2004 CSAR Annual Report Staff Directory Seminars ... Computational Resources Software (List under redevelopment) Employment Opportunities News Results from a 3-D simulation of the Space Shuttle solid rocket booster 52 milliseconds after the igniter is triggered. The propellant and gas domains are cut in half lengthwise to show a cross section of the interior of the head-end segment. The igniter is the gray and red object at the upper left. The rest of the visible surface represents the propellant, whose geometry includes 11 slots (4 are visible) which increase the burning surface area (and therefore the thrust) at liftoff. Further down, the geometry changes to a cylindrical bore. The colors (purple - magenta - blue - cyan) indicate the surface temperature from 350 to 500 degrees K. Also shown is the gas temperature, represented as a translucent surface (to allow geometric details to show through), whose colors (green - yellow - red) correspond to the range 300 K to 1700 K. The hot gas from the igniter flows down the combustion chamber and heats the propellant over a period of about 125 ms, when the surface temperature at some locations reaches the ignition temperature (850 K) and burning begins.

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